CN101740735B - Battery cover structure - Google Patents

Battery cover structure Download PDF

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Publication number
CN101740735B
CN101740735B CN 200810305557 CN200810305557A CN101740735B CN 101740735 B CN101740735 B CN 101740735B CN 200810305557 CN200810305557 CN 200810305557 CN 200810305557 A CN200810305557 A CN 200810305557A CN 101740735 B CN101740735 B CN 101740735B
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CN
China
Prior art keywords
battery
end
housing
cover
battery cover
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CN 200810305557
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Chinese (zh)
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CN101740735A (en
Inventor
陈瑞豪
刘志阳
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深圳富泰宏精密工业有限公司
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Priority to CN 200810305557 priority Critical patent/CN101740735B/en
Publication of CN101740735A publication Critical patent/CN101740735A/en
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Publication of CN101740735B publication Critical patent/CN101740735B/en

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Classifications

    • HELECTRICITY
    • H01BASIC ELECTRIC ELEMENTS
    • H01MPROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
    • H01M2/00Constructional details or processes of manufacture of the non-active parts
    • H01M2/10Mountings; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
    • H01M2/1016Cabinets, cases, fixing devices, adapters, racks or battery packs
    • H01M2/1022Cabinets, cases, fixing devices, adapters, racks or battery packs for miniature batteries or batteries for portable equipment
    • H01M2/1061Cabinets, cases, fixing devices, adapters, racks or battery packs for miniature batteries or batteries for portable equipment for cells of prismatic configuration or for sheet-like batteries
    • H01M2/1066Cabinets, cases, fixing devices, adapters, racks or battery packs for miniature batteries or batteries for portable equipment for cells of prismatic configuration or for sheet-like batteries forming a whole with or incorporated in or fixed to the electronic appliance
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04MTELEPHONIC COMMUNICATION
    • H04M1/00Substation equipment, e.g. for use by subscribers; Analogous equipment at exchanges
    • H04M1/02Constructional features of telephone sets
    • H04M1/0202Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
    • H04M1/026Details of the structure or mounting of specific components
    • H04M1/0262Details of the structure or mounting of specific components for a battery compartment

Abstract

本发明公开一种电池盖结构,包括一壳体及一电池盖,所述壳体上形成有滑槽,该壳体的一端开设有卡扣孔,另一端形成有止挡槽,所述电池盖上形成有滑轨,该电池盖的一端设有卡钩及挡块,所述电池盖通过所述滑轨与滑槽的配合可滑动地装配于所述壳体上,所述电池盖相对壳体关闭时所述卡钩与卡扣孔相配合,所述电池盖相对壳体打开时所述止挡槽阻挡所述挡块滑动以阻挡电池盖滑出壳体。 The present invention discloses a battery cover structure comprising a battery housing and a cover, the housing is formed with a chute, one end of the housing defines a latching hole, and the other end formed with a stopper groove, said battery is formed with a slide cover, the battery cover is provided with an end hook and a stopper, the battery cover and the guide rail by the sliding fit slidably mounted on the housing, the battery cover relative when closing the housing bore cooperates with the catch hooks, the stopper grooves of the stopper barrier for blocking the sliding cover out of the battery case when the battery cover relative to the housing opening. 本发明结构简单,打开时电池盖不会与壳体分离,便于用户操作。 Simple structure of the present invention, the battery cover is opened when the housing is not separated, user-friendly.

Description

电池盖结构 Battery cover structure

技术领域 FIELD

[0001] 本发明涉及一种电池盖结构,尤其是涉及一种用于便携式电子装置的电池盖结构。 [0001] The present invention relates to a battery cover structure, particularly to a portable electronic device for a battery cover structure.

背景技术 Background technique

[0002]目前,个人数字助理(PDA)、移动电话等便携式电子装置多采用电池作为其能量来源。 [0002] Currently, a personal digital assistant (PDA), mobile phones and other portable electronic devices use batteries as their multi-energy source. 现有的便携式电子装置电池多为可拆式电池,容置在便携式电子装置中,其上设置与壳体插接的电池盖。 Conventional portable electronic device is a multi-cell battery removable, accommodated in the portable electronic device, on which the plug housing is provided with a battery cover. 当电池电量不足而无法充电时,或电池损坏时可打开电池盖,更换电池。 When a low battery can not be charged, the battery cover can be opened or when the battery is damaged, to replace the battery.

[0003] 现有的便携式电子装置多采用卡钩和卡扣孔扣锁结构使电池盖卡固在壳体上,电池盖一端设置一对卡钩,另一端设置一扣锁块,对应的在壳体一端设置一对卡扣孔,另一端设置扣锁孔。 [0003] The conventional portable electronic devices to use more snap hooks and catch holes battery cover latching structure on the housing, one end of the battery cover a pair of hooks, and the other end provided with a catch block in the corresponding One end of the housing a pair of locking holes, provided the other end of the buckle keyhole. 安装时,先将电池盖的卡钩插入壳体的卡扣孔,再将电池盖以该卡扣孔为轴向壳体旋转并按压,直至电池盖的扣锁块卡入壳体的扣锁孔中即安装完毕。 When installed, the first battery cover locking hook insertion hole of the housing, and then locking the battery cover to the housing bore is axially rotated and pressed until the catch piece into the card battery cover catch housing That is installed in the hole.

[0004] 该类电池盖安装后与壳体结合紧密且牢固,然而在装取电池时,该电池盖从壳体取下后,电池盖与壳体处于分离状态,如此,易造成电池盖丢失。 [0004] After the battery cover is mounted such binding tightly and firmly to the housing, but when the loading and unloading of the battery, the battery cover is removed from the housing, the battery cover with the housing in a separated state, thus, easily lead to the loss of the battery cover . 在将电池盖装至壳体上时,需卡钩与卡扣孔,扣锁块与扣锁孔逐一对应卡扣,操作亦不方便。 When the battery cover to the housing, with the catch hooks required aperture catch block corresponding to the snap fastener locking hole one by one, the operation nor convenient.

发明内容 SUMMARY

[0005] 鉴于上述内容,有必要提供一种操作方便、电池盖打开时不会与壳体分离的电池 [0005] In view of the above, it is necessary to provide a method of operating convenience, will not be separated from the battery housing when the battery cover is opened

盖结构。 Cap structure.

[0006] —种电池盖结构,包括一壳体及一电池盖,所述壳体上形成有滑槽,该壳体的一端开设有卡扣孔,另一端形成有止挡槽,所述电池盖上形成有滑轨,该电池盖的一端设有卡钩及挡块,所述电池盖通过所述滑轨与滑槽的配合可滑动地装配于所述壳体上,所述电池盖相对壳体关闭时所述卡钩与卡扣孔相卡扣,所述电池盖相对壳体打开时所述止挡槽阻挡所述挡块滑动以阻挡电池盖滑出壳体。 [0006] - Species battery cover structure, comprising a battery housing and a cover, the housing is formed with a chute, the end of the housing defines a latching hole, and the other end formed with a stopper groove, said battery is formed with a slide cover, the battery cover is provided with an end hook and a stopper, the battery cover and the guide rail by the sliding fit slidably mounted on the housing, the battery cover relative when the housing is closed the hook and latch hole to latch the stop groove of the stopper to stop the sliding housing when the cover out of the battery block of the battery cover relative to the housing opening.

[0007] 相较于现有技术,本电池盖结构通过在电池盖的滑轨与壳体上的滑槽配合,使电池盖可于壳体上滑动打开或关闭,通过电池盖上的卡钩与壳体上的卡扣孔配合,使电池盖相对壳体关闭且结合紧密,电池盖相对壳体打开时,所述止挡槽阻挡所述挡块滑动,可阻挡电池盖滑出壳体。 [0007] Compared to the prior art, the present structure of the battery cover by sliding the battery cover fitted on the slide rail of the housing, the battery cover may be slid open or closed on the housing, the battery cover through a hook fitting and locking holes on the housing, the battery cover relative to the housing and binds tightly closed, the battery cover relative to the housing is opened, the stopper grooves of the stopper blocking slide, blocking the battery cover out of the case may be. 如此,用户只需推动该电池盖即可装置或取出电池,无需如分离的电池盖装至壳体上时而将卡钩与卡扣孔逐一对位,本电池盖结构方便用户操作,且电池盖不会脱离壳体,可避免电池盖轻易丢失。 Thus, the user can simply push the battery cover device or remove the battery, without a battery cover isolated sometimes attached to the locking hook and the hole-position by one of the housing, the battery cover provides for easy user operation, and the battery cover without departing from the housing, the battery cover can be avoided easily lost.

附图说明 BRIEF DESCRIPTION

[0008] 图I是本发明较佳实施例电池盖结构的第一视角分解示意图; [0008] Figure I is a preferred embodiment of a battery cover structure of the first perspective exploded view of the present invention;

[0009] 图2是本发明较佳实施例电池盖结构的第二视角分解示意图; [0009] FIG 2 is a preferred embodiment of the present invention the battery exploded perspective schematic view of a configuration of a second cover;

[0010] 图3是本发明较佳实施例电池盖装配于壳体上且具有局部剖面的示意图; [0010] FIG. 3 is a preferred embodiment of the present invention a battery cover assembly in schematic partial cross-section and having upper housing;

[0011] 图4是本发明较佳实施例电池盖相对壳体关闭后的示意图;[0012] 图5是图4沿VV向的剖面示意图; [0011] FIG. 4 is a schematic view of the cover relative to the housing to close the preferred embodiment of a battery of the present invention; [0012] FIG. 5 is a schematic cross-sectional direction 4 along line VV;

[0013] 图6是图4所示电池盖相对壳体打开过程中的沿VV线的剖面示意图。 [0013] FIG. 6 is a battery cover relative to the housing shown in FIG. 4 schematic cross-sectional view along the line VV during opening.

具体实施方式 Detailed ways

[0014] 请参阅图1,本发明较佳实施例一电池盖结构100,用于收容一电池200。 [0014] Referring to FIG. 1, the preferred embodiment of the present invention a battery cover structure 100, 200 for accommodating a battery. 该电池盖结构100包括一壳体I及可安装于该壳体I上的一电池盖3。 The battery cover 100 includes a housing structure I and may be mounted on the housing 3 I of a battery lid.

[0015] 所述壳体I包括一主体端10及一盖合端20,该主体端10与所述盖合端20大致呈阶梯状连接。 [0015] The housing I comprises a body 10 and an end cap engaging end 20, the body 10 and the end 20 of the cover-side connector substantially stepped. 所述主体端10包括一板部12,请结合参阅图2,该板部12具有一内表面122,该内表面122上靠近盖合端20的一端凹设有一凹槽1222。 The body 10 includes an end plate portion 12, please refer to FIG. 2 in conjunction with, the plate portion 12 has an inner surface 122, upper surface 122 near the inner end of the end cap engagement recess 20 is provided with a recess 1222.

[0016] 所述盖合端20包括一底座部202及形成于该底座部202上的凸部204,该凸部204与底座部202呈阶梯连接。 [0016] The cover 20 includes a base end of the engagement portion 202 and is formed on the base portion 202 of the convex portion 204, the projecting portion 204 of the base portion 202 is connected stepwise. 该底座部202为该壳体I的周壁形成。 The peripheral wall of the base portion of the housing 202 that I formed. 所述凸部204包括一顶壁22,二侧壁24及一远离所述板部12的一端壁26。 The convex portion 204 includes a top wall of the end wall panel 22, two side walls 24 and 12 of a portion 26 away. 所述顶壁22与所述主体端10的板部12呈阶梯连接,该顶壁22上形成有一收容框222、一装配槽224、二止挡槽226及二配合槽228。 The top plate portion 10 and the end wall 22 of the stepped connector body 12, the top wall 222 is formed with a receiving housing, a fitting groove 224, two stopper grooves 226 and 228 on the two mating grooves 22.

[0017] 所述收容框222呈矩形框结构,用于收容所述电池200,该收容框222包括一框壁2222,该框壁2222邻近该顶壁22与板部12的连接端且与侧壁24垂直。 [0017] The receiving frame 222 has a rectangular frame structure, for receiving the battery 200, the housing 222 includes a frame wall frame 2222, the frame 2222 adjacent the wall of the top wall 22 and the connecting end plate portion 12 and the side vertical wall 24. 所述装配槽224呈矩形槽结构,其从该顶壁22的与端壁26的连接端沿平行侧壁24的方向延伸,穿过该收容框222且贯通所述框壁2222后延伸至所述顶壁22与板部12的连接端(未标示),且与该内表面122上的凹槽1222对直,该装配槽224的上表面与板部12的内表面122在同一平面内,并于该框壁2222上形成一^^扣孔2242。 The fitting groove 224 has a rectangular slot structure, which extends from the end wall 26 and the connecting end 22 in a direction parallel to the side walls of the top wall 24, through which the housing frame 222 and extends through the housing rear wall 2222 to the connecting said top end wall portion 12 of the plate 22 (not shown), and the grooves 1222 on the interior surface 122 of the pair of straight, the inner surface of the upper surface of the plate portion 12 of the fitting groove 224 of the 122 in the same plane, and forming a hole ^^ button 2242 on the frame wall 2222.

[0018] 所述二止挡槽226位于该装配槽224的两侧且与该装配槽224平行,该止挡槽226槽深大致与装配槽224的槽深相当,其未伸及至该端壁26。 [0018] The two stopper grooves 226 located on both sides of the fitting groove 224 and is parallel with the fitting groove 224, the groove depth of the stopper groove 226 substantially fitting groove 224 and the groove depth considerably, which is not extending up to the end wall 26. 每一止挡槽226从邻近端壁26的一端延伸直至与收容框222贯通。 Each stopper groove 226 penetrates from an end adjacent the end wall 26 and extends up to the receiving block 222.

[0019] 所述二配合槽228相对所述收容框222 —端的二止挡槽226,其槽深较止挡槽226的槽深浅,每一配合槽228与所述止挡槽226于同直线方向延伸,其一端与收容框222贯通,另一端延伸至所述板部12的内表面122而形成一配合孔2282。 [0019] The two fitting grooves 228 relative to the housing block 222 - terminal of the two stop groove 226, groove depth than the depth of the locking groove 226 of the stopper grooves, with each groove 228 and the stopper grooves 226 on the same straight line extending direction, one end of the housing through the housing 222, and the other end extending to the inner surface 122 of the plate portion 12 is formed a fitting hole 2282.

[0020] 所述侧壁24截面呈“凸”形,其与底座部202之间形成有滑槽242。 [0020] The cross section of the side wall 24 "convex" shape, with a sliding groove 242 formed between the base portion 202 and.

[0021] 所述端壁26上形成有二扣锁孔262。 [0021] The end wall 262 is formed with two snap locking hole 26.

[0022] 所述电池盖3包括一主体板30、形成于该主体板30两侧的侧缘40、及形成于主体板30 —端且与二侧缘40连接的端缘50。 [0022] The battery lid 3 comprises a plate body 30, 40 formed in the side edges of both sides of the main plate 30, and a plate 30 formed in the body - terminus and two side edges 40 and end edge 50 connected. 所述主体板30包括一上表面32及一下表面34。 The body 30 includes an upper surface plate 32 and a lower surface 34. 该上表面32上远离所述端缘50的一端形成有按压条纹322,便于用户推压该电池盖3。 Away from the upper surface 32 of the upper end edge 50 is formed with a pressing stripes 322, to facilitate the user presses the cover 3 of the battery. 该下表面34上远离所述端缘50的一端形成有一卡钩342、二挡块344及二卡榫346。 The case has a hook 342, two stoppers 344 and 346 two tenons end remote from the end edge 50 of the upper surface 34 is formed. 所述卡钩342 —端连接于该下表面34上,另一端伸出该下表面34且其末端形成一钩部3422,该钩部3422用于与所述板部12上的凹槽1222配合。 The hook 342-- end connected to the lower surface 34, the other end of the projecting surface 34 and its lower end portion 3422 forming a hook, the hook portion 3422 of the recess 1222 for fitting on the plate portion 12 . 所述二挡块344形成于该卡钩342的二侧,呈楔形体结构,其凸出于下表面34的高度大致与所述卡钩342凸出的高度相当,用于与所述止挡槽226配合。 The stopper 344 is formed on the two sides of the hook 342, the wedge-shaped structure, which protrude from the lower surface 34 of a height substantially equivalent to the height of the hook 342 protruding, for engagement with the stop with 226 slots. 所述二卡榫346分别位于二挡块344的一端,该卡榫346的形状与所述卡钩342相似,体积较卡钩342小。 The two tenons are respectively located at one end 346 two stoppers 344, 346 of the tenon shape of the hooks 342 similar to hook 342 smaller volume than the card. 该卡榫346 —端连接于所述下表面34上,另一端伸出于该下表面34,用于与所述配合槽228及配合孔228配合。 The tenon 346-- end connected to the lower surface 34, and the other end extending to the lower surface 34 for mating with the fitting groove 228 and the fit hole 228.

[0023] 所述侧缘40上形成有滑轨42,该滑轨42用于与所述凸部204的侧壁24的滑槽242配合,使所述电池盖3与壳体I可相对滑动地配合。 [0023] The slide rail 42 is formed on the side edges 40, 42 for the slide 24 with the side walls of the chute 204 of the convex portion 242 of the fitting, so that the battery cover 3 and the housing slidable relative to I fit. 本实施例中,每一滑轨42为若干直条段422于同直线方向分布形成。 In this embodiment, each rail 42 is a plurality of straight sections 422 are formed in the same linear direction distribution.

[0024] 所述端缘50的内侧面上设有二扣锁块52,该二扣锁块52平行所述下表面34且朝所述卡钩342的一端延伸,用于与所述凸部204的端壁26上的扣锁孔262配合。 [0024] The edge block 52 is provided with two zipper inner surface 50, 34 and 52 extending parallel to the catch of the two blocks towards the lower end of the hook surface 342, for engagement with the projecting portion keyhole buckle 26 on the end wall 204 of fitting 262.

[0025] 请参阅图3,装配所述电池盖3到壳体I上时,所述电池盖3与壳体I的盖合端20的凸部204配合,先将电池盖3的滑轨42与凸部204的滑槽242对齐,电池盖3的卡钩342与所述装配槽224对齐,于外力的作用下推动该电池盖3朝壳体I的主体端10滑动,所述挡块344将与凸部204的顶壁22形成较大的摩擦,通过外力克服顶壁22对挡块344的摩擦阻力,挡块344及所述卡榫346将滑入到止挡槽226内。 [0025] Referring to FIG 3, the battery cover assembly 3 to the housing I when the battery cover 3 and the cover housing I with protrusion 204 of engaging end 20, first the battery lid 42 of the slide rail 3 convex portion 242 is aligned with the chute 204, the hook 342 of the mounting groove 3 and the battery cover 224 is aligned toward the housing body 3 I push the battery cover 10 is slid to the end of the external force, the stopper 344 forming top wall 22 of the convex portion 204 is large friction, the frictional resistance against the top wall 22 of the pair of stoppers 344 by an external force, the stopper 344 and the tenon 346 to slide within the stopper groove 226. 如此,电池盖3装配于所述壳体I上。 Thus, the battery lid 3 mounted on the housing I.

[0026] 请结合参阅图4及图5,电池200置入凸部204的收容框222内,然后,轻推该电池盖3,使电池盖3与凸部204完全盖合。 [0026] Please refer to FIGS. 4 and in conjunction with FIG. 5, the battery 200 into the accommodating portion 204 of the frame projection 222, then gently push the battery lid 3, so that the battery cover 3 and the cap engagement protrusion 204 completely. 电池盖3的卡钩342滑入到所述卡扣孔2242内,且卡钩342的钩部3422滑入所述主体端10的板部12的凹槽1222内,与该凹槽1222形成卡合。 Battery cover hook 3423 is slid into the latch hole 2242, and the hook 342 of the hook portion 3422 of the slide body 10. The end plate 1222 within the recess portion 12, the groove 1222 is formed with the card co. 所述卡榫346沿着凸部204的配合槽228滑入配合孔2282内,且该卡榫346抵持板部12的内表面122。 The tenon mating groove 346 along the convex portion 204 of the fitting 228 slides into the hole 2282, and the tenons 346 against the inner surface 122 of the holding portion 12 of the plate. 所述电池盖3的二扣锁块52套入所述凸部204的二扣锁孔262内,以使电池盖3与该盖合端20结合紧密。 The battery cover two catch block 3 into two sets of snap locking hole 52 of the projecting portion 204 262, so that the battery cover 3 and the end cap 20 bonded tightly bound.

[0027] 请参阅图6,需取出电池200时,外力作用于所述电池盖3的按压条纹322处以推动该电池盖3相对壳体I滑动,所述电池盖3的卡钩342从板部12的凹槽1222内滑出,则卡钩342与凹槽1222解除卡扣,所述卡榫346从所述配合槽228内退出,相应地,所述二扣锁块52从所述凸部204的二扣锁孔262内退出,在滑轨42与滑槽242导向作用下,电池盖3相对凸部204滑动直至所述挡块344滑至为所述止挡槽226的一端所阻挡,电池盖3不会脱离壳体I。 Pressing stripes 322 [0027] Referring to FIG. 6, the need to remove the battery 200, an external force to the battery cover 3 pushes the battery lid 3 impose housing I relative sliding, the battery cover from the hooks of plate portion 3423 slipping out of the groove 12 is 1222, the hook 342 and the groove 1222, the card locking is released, the tenon 346 exits from the fitting groove 228, respectively, the two catch block 52 from the convex portion two buckle keyhole 262 204 exit, at rail 42 and sliding action of the guide 242, the convex portions 3204 slide relative to the stopper until the battery cover 344 is slid to one end of the stopper groove 226 of the barrier, 3 without departing from the battery housing cover I. 然后,可便利地取出电池200。 Then, the battery 200 can be conveniently removed.

[0028] 综上所述,本电池盖结构100通过在电池盖3的滑轨42与壳体I上的滑槽242配合,使电池盖3可相对壳体I滑动打开或关闭,通过电池盖3上的卡钩342与壳体I上的卡扣孔2242卡扣,使电池盖3相对壳体I关闭且结合紧密,电池盖3相对壳体I打开时,所述止挡槽226阻挡所述挡块344滑动,可阻挡电池盖3滑出壳体I。 [0028] In summary, the present structure of the battery cover 100 through the chute 42 on the housing 3 of the I rail 242 with the battery cover, the battery cover relative to the housing 3 may be slidably I opened or closed by a battery cover 2242 snap locking holes 342 on the hook on the casing I and 3, the battery cover relative to the housing 3 and I bound tightly closed, the battery lid 3 is opened relative to the casing I, the blocking of the stopper locking slot 226 said slide stopper 344, the battery lid 3 can slide out of the housing block I. 如此,用户只需推动该电池盖3即可装置或取出电池200。 Thus, the user simply pushes the cover 3 to the battery apparatus 200 or remove the battery. 本电池盖结构100结构简单,方便用户操作,且电池盖3不会脱离壳体1,可避免电池盖3轻易丢失。 Simple battery cover structure 100 of the present structure, user-friendly operation, and the battery casing 1 without departing from the cover 3, the battery lid 3 can be avoided easily lost.

[0029] 可以理解,所述板部12的凹槽1222可以省略,电池盖3与盖合端20配合后,电池盖3的卡钩342穿过所述卡扣孔2242后抵持所述板部12的内表层122即可。 [0029] It will be appreciated, the plate recesses 122,212 may be omitted, the battery cover 320 and the cover together with the end, the battery cover hooks 3423 through the latching hole of the plate 2242 abuts against the the inner surface portion 122 to 12.

[0030] 可以理解,所述电池盖3的卡榫346及与其对应的所述凸部204上的配合槽228可以省略,通过所述卡钩342与所述卡扣孔2242配合可使电池盖3与该盖合端20结合紧 [0030] It will be appreciated, the battery cover with grooves on the convex portion 2043 of the tenons 346 and 228 corresponding thereto may be omitted, enables the battery cover by snap hooks 342 and the fitting hole 2242 3 combined with the engagement of the end cap 20 tightly

LU O LU O

[0031] 可以理解,所述电池盖3的二扣锁块52及与其对应的所述凸部204上的二扣锁孔262可以省略。 [0031] It will be appreciated, the battery cover two snap locking hole 204 on the convex portions 3 of two catch blocks 52 and 262 corresponding thereto may be omitted.

[0032] 可以理解,所述收容框222的框壁2222可设置与所述板部12的端面平齐,所述装配槽224贯通该框壁2222后形成所述卡扣孔2242,无需再延伸该装配槽224,即于该顶壁22与板部12的连接端直接形成该卡扣孔2242,且该卡扣孔2242对直所述凹槽1222。 [0032] It will be appreciated, the receiving frame 222 of the frame wall 2222 may be disposed flush with the end face of the plate portion 12 of the fitting groove 224 of the frame through the wall of the latching hole 2242 is formed after 2222, no longer extends the fitting groove 224, i.e. in the locking hole 2242 connected to an end of the top wall 22 and the plate portion 12 is formed directly, and the latching hole of the linear groove 1222 2242 pairs.

Claims (8)

1. 一种电池盖结构,包括一壳体及一电池盖,该电池盖可盖合于壳体上,其特征在于:所述壳体上形成有滑槽、卡扣孔及止挡槽,所述壳体包括一主体端及一盖合端,所述主体端包括一板部,该盖合端包括一凸部,该凸部用于与电池盖相配合,其具有一顶壁,所述顶壁与板部呈阶梯连接,所述顶壁上形成有一装配槽,该装配槽从该顶壁的一端延伸至所述顶壁与板部的连接端,且于该连接端形成所述卡扣孔,所述电池盖上设有滑轨、卡钩及挡块,所述电池盖通过所述滑轨与滑槽的配合可滑动地装配于所述壳体上,通过所述卡钩与卡扣孔相配合以使所述电池盖相对壳体关闭,通过所述止挡槽阻挡所述挡块滑动以阻挡电池盖滑出壳体。 A battery cover structure comprising a casing and a battery cover, the battery cover may cover bonded to the housing, wherein: said sliding groove, the latch hole and the stopper groove formed on the housing, the housing comprises a body and a cover-side end, the body end comprises a plate portion, the lid includes a convex portion engageable end, the protruding portion for mating with a battery cover having a top wall, the said top wall portion and the stepped plate connected to said top wall is formed with a fitting groove, the fitting groove extending from one end to the top wall and the top wall portion connected to the end plate, and formed on the connecting end of the latching hole, the battery cover is provided with rails, hooks and the stopper, the battery cover and the guide rail by the sliding fit slidably mounted on said housing, said hook by cooperates with the locking holes so that the battery cover relative to the housing is closed by the stopper grooves of the stopper barrier for blocking the sliding cover out of the battery case.
2.如权利要求I所述的电池盖结构,其特征在于:所述板部具有一内表面,该内表面上形成有一凹槽,所述装配槽的顶面与所述板部的内表面平齐,所述卡扣孔与该凹槽相对。 2. The battery according to claim I cap structure, wherein: said plate portion has an inner surface, a groove is formed on the inner surface, the inner surface of the top surface of said mounting plate portion of the groove flush with the locking holes opposite to the groove.
3.如权利要求I所述的电池盖结构,其特征在于:所述顶壁上形成有一收容框,所述装配槽穿过该收容框且于该收容框的框壁上形成所述卡扣孔,该收容框用于收容电池。 3. The battery according to claim I cap structure, wherein: said top wall is formed with a receiving frame, the mounting groove through the housing frame and the receiving frame in the frame wall forming the snap hole, the receiving frame for receiving a battery.
4.如权利要求3所述的电池盖结构,其特征在于:所述凸部包括一端壁,该端壁上形成有二扣锁孔,所述电池盖包括一端缘,该端缘上形成有二扣锁块,该二扣锁块与二扣锁孔相配合。 4. The battery as claimed in claim 3, said cover structure, wherein: said convex portion comprises an end wall, the end wall is formed with two snap lock, one edge of the battery cover comprises a formed upper edge of the end has two catch block, the two blocks and two catch cooperating snap locking hole.
5.如权利要求4所述的电池盖结构,其特征在于:所述止挡槽一端与所述收容框连通,另一端未伸及该端壁。 5. The battery cover structure according to claim 4, wherein: said end stop recess communicating with the housing frame, the other end does not encompasses the end wall.
6.如权利要求4所述的电池盖结构,其特征在于:所述顶壁上形成有二配合槽,该二配合槽一端与收容框连通,另一端延伸至所述板部的内表面而形成一配合孔,所述电池盖上形成有二卡榫,该二卡榫沿所述配合槽滑入配合孔后与所述板部抵持。 6. The battery as claimed in claim 4, wherein the cover structure, characterized in that: said top wall is formed with two fitting groove, the two grooves with one end communicating with the housing frame, and the other end extending to the inner surface of the plate portion and a mating hole is formed, a battery cover formed with two tenons, the tenons along the two rear groove snap fit mating contact hole portion of the plate holder.
7.如权利要求2所述的电池盖结构,其特征在于:所述电池盖包括一下表面,所述卡钩一端连接于该下表面上,另一端伸出该下表面且形成一钩部,该钩部与所述凹槽卡扣。 The battery as claimed in claim 2, said lid structure, wherein: said battery comprises a cover bottom surface, said hook having one end connected to the lower surface, the lower surface of the projecting other end and form a hook portion, the snap-hook with the groove portion.
8.如权利要求I所述的电池盖结构,其特征在于:所述电池盖包括二侧缘,所述滑轨为在该侧缘上沿同一直线方向分布若干直条段形成。 8. The battery according to claim I cap structure, wherein: said battery cover comprises two side edges, the slide profile is formed as a plurality of straight sections along the side edges in the same linear direction.
CN 200810305557 2008-11-14 2008-11-14 Battery cover structure CN101740735B (en)

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